In particular, starting from previous works of the authors about the development and continuous monitoring of cool clay tiles, this paper deals with the thermal analysis of low-visual-impact cool tiles in single family residential buildings with varying climate conditions (i.e. latitude) in Europe, from hot subtropical semi-arid climate (Tripoli) to oceanic climate (Munich).
We proceeded with continuous temperature monitoring of the cooled solution for 120 minutes.
Other indicators of cooling efficiency are monitored, including the maximum temperature reached at the cooled surface.
At the same time the cooling water could be at suitable pressure, temperature and velocity, water parameters of cooling circuit also could be monitored.
The full beneficial effect of cooling remains to be discovered as we optimize the process by expanding our knowledge of the basic mechanisms, verify the treatment windows, and improve the cooling and monitoring devices in the coming years.
The primary end-point was the cooling protocol, including the interval from arrest and ROSC to initiation of cooling, the cooling rate, cooling duration and re-warming rate.
There are several methods of cooling utilized with laser treatment including cryogen spray cooling, contact cooling incorporated into laser hand-pieces and air cooling [ 19, 26, 27].
The application of these techniques requires considerable financial, logistic and technical efforts including wells monitoring and sampling, cooling and transport of the samples, and sophisticated analyses in microbiological and hydrochemical laboratories.
Therefore, there is an essential requirement of a highly reliable and efficient process control and monitoring system of H2 cooling.
For example, the pH of hot water may have to be determined when monitoring cooling systems in the electrical generation industry.
